Management platform system for processing high-performance network data

Abstract

The invention discloses a management platform system for processing high-performance network data. The platform system comprises a service boardcard with a Cavium processor, an X86 management boardcard, and an ATCA cabinet with two slots; the service boardcard comprises a front panel, a network processor, a local management processor, an exchange chip, an intelligent platform management controller, a rear card insertion interface, a cabinet backboard interface and a power supply interface; the management boardcard uses an intel X86 configuration chip common in the market as a software server;and the cabinet based on the ATCA configuration satisfies the PICMG 3.X hardware standards. The platform system stops a double-layer address learning function of the exchange chip and a port of the network data processor to prevent address learning conflict of the rear card insertion interface, part of software work is shared by hardware by combining hardware with software, disposing the system inthe distributed way and relying on sufficiently high performance of the exchange chip, the network data processor is avoided from unnecessary cost, and the core service processing capability of the network data processor is improved.

Description

technical field [0001] The invention relates to the field of computer network applications, in particular to a management platform system for processing high-performance network data. Background technique [0002] With the advancement of information technology, the Internet has become an essential tool for work, life, study, and entertainment, while network speed has become a bottleneck hindering the development of all walks of life. High-performance network communication equipment has played an important role in network egress in telecommunications, enterprises, industry, medical care, education and other industries. Therefore, high-performance network communication equipment must have strong enough data processing capabilities, high enough data transmission speeds, enough external connection interfaces, safe and efficient system connection methods, easy-to-maintain system architecture, good openness and reliability. Scalability, anti-harsh environment ability and fault to...

AI Technical Summary

Problems solved by technology

[0006] At present, this technology must rely on the performance of the network processor, and many tests have shown that the ability of the network data processing platform with security policies to process 64-byte packets is far below the line speed, so the performance of the network processor is not strong enough to Supports wire-speed forwarding of all data

Existing technologies still have a lot of room for performance improvement

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